Food mixer and fruit juice extractor



Dec. 17, 1935.

E. NEWNHAM FOOD MIXER AND FRUIT JUICE EXTRACTOR Filed Oct. 31, 1932 2 Sheets-Sheet l Jam 7i 1 -26; x2e mam/z 172* gwwyflw 9 Dec. 17, 1935. E. NEWNHAM' FOOD MIXER AND FRUIT JUICE EXTRACTOR Eiled 001;. 31, 1952 .2 Sheets-Sheet 2 2 2f s x/Maw ma 199mg Patented Dec. 17, 1935 PATENT OFFIIQCE roon MIXER. AND FRUIT; JUICE EXTRACTOR Eugene Newnham, St. Louis, Mo., assignor to Knapp-Monarch Company, Bclleville, 111., a

corporation of Missouri --Application October 31, 1932, Serial No. 640,446

2 Claims. (01. 259-84) An object of my invention isto provide an appliance for mixing food and extracting fruit juices, the appliance being comparatively simple and inexpensive p int.

A further-object is to provide a food mixer and fruit juice extractor in which a mixing bowl is removably mounted and food mixer elements are arranged sothat they can be located within the mixing bowl off center thereof to cause rotation of the bowl during the mixing operation and thereby more thoroughly mix the entire from a a manufacturing standcontents of the mixing bowl.

A further object is to provide a brake to prevent the mixing bowl from turning too fast. Still a further object is to arrange the mixing elements so that they are adjustable radially relative to the mixing bowl so as to have more reamer being provided within the extractor bowl for reaming fruits, such as lemons, oranges and the like, .for extracting the-juice therefrom.

With these and other objects in view'my invention consists in the construction, arrangement and combination of the various parts of my device, whereby the objects contemplated are attained as hereinafter more fully set forth, pointed out in my claims and illustrated in the accompanying drawings, in which:

Figure 1 is a front elevation of a food mixer and fruit juice extractor embodying my inven-- .tion.

Figure 2 is a side elevation of the same, partly in section. x 1

Figure 3 is a side elevation showing the parts adjusted to a different position.

- Figure 4 is a sectional view on the line 44 of Figure 3; and 1 Figure 5 is'a sectional view on the 'line 55 of Figure 2.

On the accompanying drawings, I have used the reference character to indicate a base. The base I!) has thereon a boss l2. A bowl support l4 in the form of a shallow dish is provided with a central stud 6 adapted to be retion to properly check the rotation ceived in the boss I2 whereby the bowl support I4 is revolvable relative to the base III.

An annular track I8 is provided on the bottomof the bowl support l4. A projection is adapted to frictionally coact therewith to serve as a brake to prevent free rotation of the bowl support I4. The projection 20 may be capped with a fibre cap 22 or one formed of a suitable material having the-required coemcient of fricof the bowl 10 support l4.

A supporting arm 24 is pivoted at 26 to an upstanding leg 28 on the base I0. It is adapted to support a motor 30. The supporting arm 24 has a platform 32 with which hooked edges 34 15 of a gear casing 36 are slidably associated. The gear casing 36 is secured to the motor 30. A set screw 38 is providedfor retaining the motor in any adjusted position relative to the platform 32. 20 Through suitable gearing, shown in Figure 2 mixer shafts 40 are driven in opposite directions. Mixer elements 42 are secured to the lower ends of the shafts 40 and depend within a mixing bowl 44 when placed on the bowl support l4. In Figure 2 I have shown a cage-like form of mixing element, while in Figure 3 I have shown a blade-like form. These are preferably removable relative to primary shafts 45 and 46, con--- nector members 48, having set screws or connector members of any desired construction, being provided for this purpose. Either one or two of the mixing elements may be used.

3| thereon when it is desired to use it for mixing in a bowl not supported on the base l0.

As is obvious in Figure 3, the supporting arm 24 can be swung to aposition facilitating removal of the bowl from the bowl support 14.

The arm 38 is provided with stops 52 adapted to engage with stops 54 of the legs 28 at the two extreme positions of swinging movement of the r arm 24 as shown in- Figures 2'and 3 respectively.

By making the motor 30 adjustable radially relative to the bowl support l4, the mixer elements 42 may be centrally rotated as shown in Figure 2 by solid lines or rotated ofl center any desired degree, for instance as shown by dotted 50 lines. Thus, depending on the consistency of the food in the bowl 44, the mixer elements can be adjusted for exerting more or less revolving tendency on the .bowl through the medium of Rh? 109d being mixed. The brake 22 prevents 55 free rotation of the bowl so that it does gain speed during the mixing operation, as would be the case if the brake were not provided. e

The primary shaft 44 extends upwardly through a boss 56. It is adapted to have a fruit reamer 58 detachably mounted on the upper end thereof. An extractor bowl 60 is removably positioned on the boss 55 and thereby supported on the motor 30. To prevent rotation of the extractor bowl a projection 62 thereof extends into a perforation 64 of the motor; The extractor bowl is provided with pose of invention, and it is my intention to cover by my claims, any modified forms of struc not a discharge spout, In the fruit juice extracting operationthe' fruit is held stationary over the ,i juice extracted therefrom flowsouti.

and arrangement of the parts of my device spirit and purthereon, a sup rting arm pivotally mounted on 5 said base and having a substantially horizontal portion overhanging said bowl, a motor mounted slidably on said overhanging P rtion of said supporting arm and a pair of mixer elements extending downwardly from said motor, said over hanging portion of said arm being located be.- tween said mixer elements.

a base, a bowl supported by said motor at right angles to said arm, mixer elements on said mixer shafts having overlapping paths of rotation, said shafts extending downwardly from'20 said motor on each side-of said am.

EUGENENIWNHAIL 

